COMPLETE GUIDE TO MAPLE

Course Overview :
Maple technology has been trusted as a cutting edge mathematical and technical tool for over 25 years. In that time, millions of users from around the world have used and relied on the power of Maple for their research, testing, analysis, design, teaching, and schoolwork. Among the tasks include performing everyday calculations, developing advanced mathematical models and creating user-friendly technical applications. Therefore, academicians and lecturers have also acknowledge the power of Maple – from deriving mathematical models, to solving and analysis, parameter optimization, solution validation and deployment of your results.

This course will provide a comprehensive approach on the key features and capabilities of Maple to participants so that they will use Maple as the ultimate productivity tool for solving mathematical problems and creating interactive technical documents.

Objective:
“Complete Guide to MAPLE™” is a 3 days, hands-on course providing participants with a platform to learn MAPLE quickly and successfully. This course is aimed to interest a broad audience of experts and researchers such as mathematicians, physicists, computer scientists, statisticians, experts in computer education, etc., which deal both with quantitative and qualitative analysis (above all) of various problems in natural sciences with using of the modern computer algebra systems. It contains a lot of different illustrative and applied Maple programs which present both effective and non-standard programming technique and solve a whole series of interesting applied problems of analysis, linear algebra, physics and technology. The given problems are being solved in an interactive mode under the condition of the well-known Maple package.

Duration:
3 Full Days

Content:

1. Maple Basics

a. Maple Environment
b. Maple Commands
c. Maple Interactive

2. Things About Calculus

a. Functions (Single and Multivariable)
b. Limits, Derivatives, Integrals
c. Plots (2D and 3D)
d. Animation (2D and 3D)
e. Parametric equations (2D and 3D)
f. Coordinate Systems (2D and 3D)
g. Vectors and Vector Analysis (2D and 3D)
h. Creating Live documents
i. Ordinary Differential Equations
j. Difference Equations

3. Linear Algebra

a. Elementary Row Operations and Applications
b. Creating a Teaching Module for Linear Algebra

4. Graphical User Interface

a. Document Tools
b. Maplets

5. Basic Maple Programming

6. Tools for data representation

Who Should Attend:
Academicians, Lecturers, Teacher and Teaching Engineers that are keen in using MAPLE extensively and comprehensively. This hands-on course with case studies is designed mainly for users who are interested in learning and understanding MAPLE entirely. It focuses on the key features of MAPLE, and provides an easy-to-use approach in using MAPLE. More emphasis will be placed on the mathematical capabilities of MAPLE.